II.
LibraryProcess overview
Reference · livelib-process:quantum-computing--quantum-algorithm-benchmarking
quantum-algorithm-benchmarking overview
Systematically benchmark quantum algorithms against classical alternatives to quantify speedup, accuracy, and resource requirements across different problem sizes and hardware configurations.
Attributes
displayName
quantum-algorithm-benchmarking
description
Systematically benchmark quantum algorithms against classical alternatives to
quantify speedup, accuracy, and resource requirements across different problem sizes and
hardware configurations.
libraryPath
library/specializations/domains/science/quantum-computing/quantum-algorithm-benchmarking.js
specialization
quantum-computing
example
const result = await orchestrate('quantum-algorithm-benchmarking', {
algorithms: ['VQE', 'QAOA', 'Grover'],
problemSuite: { type: 'optimization', sizes: [4, 8, 12, 16] },
hardwareTargets: ['simulator', 'ibm_brisbane']
});
usesAgents
- algorithm-benchmarker
Outgoing edges
lib_applies_to_domain1
- domain:quantum-computing·DomainQuantum Computing
lib_belongs_to_specialization1
- specialization:quantum-computing·SpecializationQuantum Computing
lib_implements_workflow1
- workflow:experiment-design·WorkflowExperiment Design
lib_involves_role1
- role:research-engineer·RoleResearch Engineer
lib_requires_skill_area3
- skill-area:mathematical-reasoning·SkillAreaMathematical Reasoning
- skill-area:compiler-implementation·SkillAreaCompiler & Interpreter Implementation
- skill-area:language-design·SkillAreaProgramming Language Design
uses_agent1
- lib-agent:quantum-computing--algorithm-benchmarker·LibraryAgentalgorithm-benchmarker
Incoming edges
None.